BIOMECHANICAL AND CLINICAL EVALUATION OF FRACTURE HEALING USING ADVANCED FIXATION TECHNIQUES

Abstract

The present study used a combined biomechanical and clinical model to evaluate the fracture healing process with the application of the use of the advanced fixation equipment. Mechanical variables such as rigidity to build, load-sharing force, and micromotion, and clinical variables such as radiographic unity, functional restoration, rates of complications and time to weight-bearing were considered. Comparative tests were made to be made between the standard fixing techniques on the fracture shapes of the variation of shapes. The fixation procedures at the higher level possessed greater biomechanical stability with high level of stiffness and lower inter fragmentary mobility. These clinical benefits were linked with an accelerated rate of fracture healing, increased functional status, and reduced incidences of slow healing and implant morbidity. Interrelations were strong between biomechanical characteristics and clinical healing outcomes that suggest the fact that the positive influence of better mechanical states on the biological processes of repair is significant. Subgroups analysis indicated that thematic benefits were the same in all kinds of fractures and patients of all classes.